Capacitive sensors for aggressive, corrosive media (Familie)
Robust and reliable filling level monitoring for fluids and bulk materials in cylindrical design with thread. The sensors are suited for installation using mounting plates and nuts or adapters in the tank wall. The sensors are based on the proven capacitive principle. The…
Inductive proximity switches with analogue output (Familie)
In addition to purely switching sensors, your sensor specialist EGE also offers you inductive proximity switches with analogue output for measuring tasks. The analogue signal is proportional to the approximation of the metal part. This sensor is also available in a version…
Flow rate sensors for inner pipe diameter > 15 mm (Familie)
The SNS 552 GAPL is a thermal flow sensor that measures the flow velocity and temperature of water-based media in pipelines. temperature of water-based media in pipelines. It calculates the instantaneous flow rate using the parameterizable pipe diameter and shows it in…
Flow rate sensors for gaseous media with an end value of up to 100 Nm³/h (Familie)
EGE compressed air measuring devices for volumes of up to 100 Nm³/h measure the mass air flow independent of the air temperature and pressure. They indicate the flow rate in Nl/min or Nm³/h an. EGE compressed air meters for low flow rates are based on the calorimetric…
Flow rate sensors for fluid media with an end value of 10...100 l/min (Familie)
EGE flow rate sensors for the flow rate detection of 10...100 l/min feature one-piece measuring tubes with an inner diameter of 20 mm from highly resistant stainless steel V4A (1.4571). For particularly aggressive media EGE offers special materials, such as bronze,…
Flow rate sensors for fluid media with an end value of 0...1 l/min (Familie)
EGE flow rate sensors for the flow rate detection in the range of 0...1 l/min feature one-piece measuring tubes with an inner diameter of 3.5 mm or 4 mm from highly resistant stainless steel V4A (1.4571). For particularly aggressive media EGE offers special materials, such…
